Abstract
We study spin and charge transport properties of the noncentrosymmetric superconductors under magnetic fields with exchange potential (a time-reversal breaking system), where only (px±ipy)-wave pair potential is considered. We find that the angle resolved spin conductance as a function of incident angle has a peak and it is not an odd function of incident angle. The angle averaged normalized spin conductance as a function of bias voltage has non-zero value under magnetic fields. The angle averaged normalized charge conductance as a function of bias voltage has a zero bias conductance peak under magnetic field.
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